DIEMATIC 3 - FM129 DIEMATIC 3 CH - FM133

Transcription

1 GT 0 - GTUC 0 - GT 0 - GTUC 0 en Control panel DIEMATIC 3 - FM9 DIEMATIC 3 CH - FM33 Installation instructions

2 Contents Symbols used General Installing the outside sensor Positions to be avoided Installing the outside sensor Fitting the flow sensor Electrical connections Important recommendations Type of connection General Terminal block Basic connections Connecting circuit B Connecting the options Connection of a second domestic hot water tank Pool connection Connecting a pool and preparation for solar heated domestic hot water Connecting one or two circuits with mixer valve Hot water storage tank connection Basic connections if the installation is in cascade and when connecting to a regulation DIEMATIC VM Skeleton Diagrams DIEMATIC 3 - GT 0 / 0 7//

3 . Symbols used Symbols used Caution danger Risk of injury and damage to equipment. Attention must be paid to the warnings on safety of persons and equipment Specific information Information must be kept in mind to maintain comfort Reference Refer to another manual or other pages in this instruction manual DHW: Domestic hot water General Control panel assembly See: Boiler installation instructions. Fitting the boiler sensor See: Boiler installation instructions. Connection of the water circuit for domestic use See: Calorifier instructions. Installing options See: Option instructions. Parameter settings and installation configuration See: Control panel technical instructions. 7// DIEMATIC 3 - GT 0 / 0 3

4 3 Installing the outside sensor Choose a location: - on one face of the area to be heated, on the north if possible - under the influence of meteorological variations - protected from direct sunlight - easy to access Z: Inhabited area controlled by the sensor H: Inhabited height controlled by the sensor A: recommended position on a corner B: Possible position 3. Positions to be avoided 3. Installing the outside sensor CB Ø 4 wood screw + Inserts (provided) 4 DIEMATIC 3 - GT 0 / 0 7//

5 4 Fitting the flow sensor 4. Fitting the flow sensor Heating circuit with mixing valve The flow sensor with connecting cable (length.5 m) and connector plug should be fitted to the outlet circuit pipe concerned and must be connected to the point provided in the control panel as shown hereafter. The flow sensor after the valve must be positioned around 0.5 m after the 3 way valve or after the heating pump if this is fitted to the outlet. - Cut the pipe insulation by 50 mm. - At the point where the sensor is fitted, thoroughly clean the pipes (there must be no trace of paint) and coat them with the ready-touse contact paste provided in the syringe. - Secure the sensor with the collar provided for this purpose. The flow sensor must not be covered by the insulation around the pipe. 7// DIEMATIC 3 - GT 0 / 0 5

6 5 Electrical connections 5. Important recommendations The power supply must be cut prior to any intervention on the heating installation (for example, via the appropriate fuse or a general switch)and any restart must be prevented. Connections must be made by a qualified technician Do not modify the connections inside the control panel. All connections are made to the terminals on the control panel. Separate the sensor cables from the 30 V cables. In the boiler: Use the boiler's grommets: Use cableways at least 0 cm apart. Attach the cables to the cable clamps provided for this purpose. GT 0 GT 0 30 V main supply For Switzerland: Power supply cable Supplied Sensors Cable clamps 5. Type of connection For the 30 V electrical connections, use 3-wire cables with a crosssection of,5 mm². Keep to the polarity shown on the terminals: phase (L), neutral (N) and earth ( ). 5.3 General Make the electrical connections of the appliance according to: - The instructions of the prevailing standards, - The instructions on the circuit diagrams provided with the appliance, - The manufacturer's instructions. Power the appliance via a circuit which includes a remote omnipolar switch with a gap of more than 3 mm. Earthing shall comply with standard NFC 500 (France) or RGBT (Belgium). The available output per outlet is 450 W ( A, with cos ϕ = 0,7) and the inrush current must be lower than 6 A. If the charge exceeds one of these values, relay the command using a contactor (fitted outside the control panel). 6 DIEMATIC 3 - GT 0 / 0 7//

7 5. Electrical connections 5.4 Terminal block State on delivery 6 x 0,75 mm mini. -B (A) All countries except Switzerland: To connect the mixing valve PCB + sensor options - See: Instructions for option FM48, AD7 (B) For Switzerland: To connect the mixing valve PCB + sensor options - See: Instructions for option FM48, AD7 Boiler sensor 3 Boiler remote control input 4 Alarm output 5 Connecting the TELCOM vocal telesurveillance module See chapter: Connecting the options 6 Flue gas thermostat 7// DIEMATIC 3 - GT 0 / 0 7

8 5.5 Basic connections For Switzerland: circuit B See next page BUS DIEMATIC DIEMATIC BUS OPTION - ZUBEHÖR OPTION - ZUBEHÖR P HONIQUE Y HONE IS E L E P IS E UXIL IA IR Y UXIL IA R S A A UC UE A T IR S SONDE - FÜHLER - SENSOR C CIRCUIT C B C B UIT IR UIT C C C B UIT IS CUIT CIR CUIT CIR IS IS IA IA R R UF B CIRCUIT A A UIT B B A UIT IS CUIT CIR IS IA R R UF P OMP E A UXIL IA IR E HIL F S A US G A NG A UXIL IA R Y OUT P UT C HA R G E DE P OMP E D E R L UMP E IZUNG S P UMP UMP UR ING V OY A NT A L A R ME A L A R ML E UC HT E ALAR M INDICATOR C ONT A C T DE S E C UR IT E S IC HE R HE IT S K ONT A K T S A F E T Y C ONT A C T A L IME NT A T ION 30 V 50Hz S T R OMZUF UHR 30 V 50Hz MA IN S UP P L Y 30 V 50Hz -A 8575N576 S AMB S DEP S AMB S DEP S AMB S SOL S F S AUX (C) (C) (B) (B) (A) TA S ECS S CH S EXT AUX (A) VA 4 3 o o o o o o o o o o o o o o o o o o 4 4 o o o o o o AU X N L N L A N L VA + CS N L Alim 30 V - 50 H z N L 0 x 0,75 mm mini. 3 x 0,75 mm mini. 3 x 0,75 mm mini. x 0,75 mm mini. x 0,75 mm mini. 3 x,5 mm mini V main supply Flue gas thermostat 3 Burner fault alarm light 4 Pump circuit A 5 D.H.W. load pump 6 DHW sensor 7 Titanium anode 8 Outside sensor 9 Boiler sensor 0 Boiler with or without accumulator 8 Boiler with accumulator DIEMATIC 3 - GT 0 / 0 7//

9 5. Electrical connections 5.6 Connecting circuit B Originally for Switzerland, FM48 option for other countries. Remote control (circuit B) (package FM5 or FM5) Flow sensor (circuit B) 3 3-way valve (circuit B) 4 Pump (circuit B) 5 Safety thermostat 6 Remove bridge () If using a two-way motor Connect open to terminal 3, close to terminal and neutral to terminal 4 (N). If using a thermal motor Connect between terminal 3 (open) and terminal (N). () Safety thermostat If using underfloor heating, it is imperative that a temperature limit of 50 C is installed and a safety thermostat set to 65 C (cf. NF P ) is fitted, which interrupts the operation of the circulating pump in the circuit concerned should overheating occur. Connect the safety thermostat wires to the 5 pin connector at the point marked TS(B) terminals 7-8 after removing the jumper from terminals 7-8. If the safety thermostat is fitted with an earth wire, connect the thermostat to the earth terminal on pump. 7// DIEMATIC 3 - GT 0 / 0 9

10 5.7 Connecting the options For example: Solar collector, TELCOM vocal telesurveillance module, remote controls for circuits A and B, flue gas sensor. -A V main supply Flue gas thermostat 3 Burner fault alarm light 4 Pump circuit A 5 DHW sensor (Package AD) 6 Titan Active System simulation connector (package AD) 7 Outside sensor 8 Boiler sensor 9 Outlet sensor 0 Interactive remote control (package FM5 or FM5) Flue gas sensor TELCOM voice remote monitoring module (depending on its availability in your country) 3 Solar sensor probe 4 Boiler with or without accumulator 5 Boiler with accumulator 6 DHW sensor (Package AD60) For connection of solar collectors: adjust the S.AUX parameter (# FITTER PARAM.) to SOLAR. 7 D.H.W. load pump 8 Solar load pump 0 DIEMATIC 3 - GT 0 / 0 7//

11 5. Electrical connections 5.8 Connection of a second domestic hot water tank This connection is possible if circuit A is not used -A V main supply Flue gas thermostat 3 Burner fault alarm light 4 DHW sensor (Package AD) 5 D.H.W. load pump 6 Outside sensor 7 Boiler sensor 8 Boiler with or without accumulator 9 Boiler with accumulator If connecting a second DHW tank, use circuit A: - set the CIRC.A parameter (#. INSTAL PARAM.) to DHW. - Fit the sensor (package AD ) into the second DHW tank. - Connect the sensor to the S.AUX input. - Adjust the TEMP.DHW A set temperature using the key C range to obtain a domestic hot water calorifier type operation. 7// DIEMATIC 3 - GT 0 / 0

12 5.9 Pool connection This connection is possible if circuit A is not used A 30 V main supply Flue gas thermostat 3 Burner fault alarm light 4 Swimming pool sensor (Package AD) 5 Pool secondary pump 6 Primary pump pool 7 Outside sensor 8 Boiler sensor DIEMATIC 3 - GT 0 / 0 7//

13 5. Electrical connections Controlling the pool circuit The DIEMATIC 3 regulation can be used to control a pool circuit in two different cases: Case The regulation DIEMATIC 3 regulates the primary circuit (boiler / exchanger) and the secondary circuit (exchanger / pool). - Set the value of TPC D to the temperature which corresponds to the needs of the exchanger. Hourly programming of the secondary circuit pump The secondary pump operates during programme A comfort periods in summer and winter alike. Stopping To prepare your pool for winter, consult your pool specialist. - Set the parameter S.AUX (#FITTER PARAM.) to SWIM.P. - Set the parameter CIRC. A: (#FITTER PARAM.) to SWIM.P. - Connect the primary circuit pump (boiler/exchanger) to the pump A outlet. The TPC J temperature is then maintained during programme A comfort periods in summer and in winter. - Connect the pool sensor (package AD) to the S.AUX: input. - Set the value of the pool sensor using key in the range C or to FF (Frost Free). - With an FF setting, the primary pump starts up and the secondary pump stays off if the installation's antifreeze function is activated. Case The pool has already a regulation system that is to be kept. The DIEMATIC 3 control unit only regulates the primary circuit (boiler/ exchanger). - Set the value of TPC D to the temperature which corresponds to the needs of the exchanger. - Set the CIRC.A parameter in #INSTAL PARAM. to POOL - Connect the primary circuit pump (boiler/exchanger) to the pump A outlet. The TPC J temperature is then maintained during programme A comfort periods in summer and in winter. 7// DIEMATIC 3 - GT 0 / 0 3

14 5.0 Connecting a pool and preparation for solar heated domestic hot water This connection is possible if circuit A and either circuit B or C are not used. -A DIEMATIC 3 - GT 0 / 0 7//

15 5. Electrical connections 30 V main supply Flue gas thermostat 3 Burner fault alarm light 4 Primary pump pool 5 Pool secondary pump 6 Swimming pool sensor (Package AD) 7 DHW sensor 8 DHW sensor (Package AD) 9 D.H.W. load pump 0 Solar load pump Outside sensor Boiler sensor 3 Titan Active System simulation connector (package AD ) 4 Solar sensor probe Parameter settings - Fit the mixing valve PCB + sensor option (Package FM 48) - adjust the S. AUX parameter to SWIM. P. - adjust the CIRC.A parameter to SWIM. P. - adjust the CIRC.B parameter to SOLAR 5. Connecting one or two circuits with mixer valve To connect the mixing valve PCB + sensor options - See: Instructions for option FM48 For Switzerland: PCB + sensor for a mixing valve is already prefitted to the control panel. 7// DIEMATIC 3 - GT 0 / 0 5

16 5. Hot water storage tank connection -A V main supply Flue gas thermostat 3 Burner fault alarm light 4 Pump circuit A 5 Outside sensor 6 Boiler sensor 7 Titan Active System simulation connector (package AD) 8 DHW sensor (Package AD) 9 Hot water storage tank sensor (Package AD60) 0 Buffer tank D.H.W. load pump Heating load pump The storage tank handles heating and DHW production. Package AD60 contains sensors: - The sensor for the solar panel is used as a storage tank sensor - The sensor for the storage tank is used as a DHW sensor Parameter settings Set the parameter STOR.T.SENS (#CONFIGURATION) to ON. Operation In DHW production: Operation is the same as the normal operation. The boiler setting only is equal to the DHW setting +0 K. The heating load pump is off. In heating mode: The burner and the heating load pump: -are off if the temperature of the storage tank is higher than the boiler setting. -start up if the temperature of the storage tank falls below the boiler setting -6 K. 6 DIEMATIC 3 - GT 0 / 0 7//

17 5. Electrical connections 5.3 Basic connections if the installation is in cascade and when connecting to a regulation DIEMATIC VM (Without option AD7) 5.3. Master boiler 3 4 -A V main supply Flue gas thermostat 3 Burner fault alarm light 4 Primary injection pump 5 D.H.W. load pump 6 Titan Active System simulation connector (package AD ) 7 DHW sensor 8 D.H.W. loop back pump 9 Outside sensor 0 Boiler sensor Boiler with or without accumulator Boiler with accumulator 3 To the Diematic VM () regulation 4 To secondary boiler () () The boiler can be connected to a boiler in cascade or to a DIEMATIC VM using a BUS cable (package AD34 or DB9). 7// DIEMATIC 3 - GT 0 / 0 7

18 5.3. Secondary boiler 7 8 -B V main supply Flue gas thermostat 3 Burner fault alarm light 4 Primary injection pump 5 Boiler sensor (Follower boiler) 6 Boiler with or without accumulator 7 From the previous cascade boiler 8 Not used 9 Boiler sensor on common output 8 DIEMATIC 3 - GT 0 / 0 7//

19 5. Electrical connections Cascade Master boiler Secondary boiler 3 Primary injection pump 4 Common outlet sensor to be connected to the S ECS input on boiler 5 Mixing valve and circulating pump To connect the mixing valve PCB + sensor options, See: Instructions for option FM48 To construct the cascade, set the parameter CASCADE (#CONFIGURATION) on each boiler to and respectively. Set the parameter CIRC. A: to PRIM.P. on boiler. The boilers switch over every 7 days. If necessary, the startup of the secondary boiler is timed at 4 minutes. 7// DIEMATIC 3 - GT 0 / 0 9

20 6. Skeleton Diagrams 6 Skeleton Diagrams Schéma de principe - Stromlaufplan - Principle diagram - Principeschema "DIEMATIC III" θ a DJ 6A TS a ZG a TEST STB b a b a ZT ZM VA TCH ZT a b å å AUTO AUTO AUTO b a TEST STB a b A B C Ë Ã ÀÈÁ Ä AUTO J3 J3 J3 3 J3 4 J3 5 J3 8 J3 7 J3 6 J3 9 J J J 3 J 4 J 5 J3 0 FA RL BR 4 V (RL) RL PA RL ECS RL AUX Alim 30 V-50Hz L N Ä A L N Ä Ã Ä AUX L N L N N L J 4 J 6 J 3 VA CS J J 5 J S EXT S CH S ECS T A + - S AMB A S DEP B S AMB B S DEP C S AMB C S AUX S FUMEE S SOL Ì 3 4 Ì Ì θ C θ C θ C θ C θ C θ C θ C θ C B4 S3 T T L N Ë Ä A ACCELERATEUR CIRCUIT A KESSELKREISPUMPE KREIS A S AUX SONDE AUXILLIAIRE FÜHLER ZUSATZ Ä A HEATING PUMP CIRCUIT A VERWARMINGSPOMP KRING A S AUX AUXILIARY SENSOR VACUUM VOELERS Ä Ã POMPE DE CHARGE SPEICHERLADEPUMPE S CH SONDE CHAUDIERE KESSELFÜHLER Ä Ã LOAD PUMP LAADPOMP S CH BOILER SENSOR KETEL VOELERS Ä AUX POMPE AUXILIAIRE ZUSATZPUMPE S DEP SONDE DE DEPART VORLAUFFÜHLER Ä AUX AUXILIARY PUMP HULPUITGANGPOMP S DEP FLOW SENSOR VERTREVOELER CS CONTACT DE SECURITE SICHERHEITSKONTAKT S ECS SONDE EAU CHAUDE SANITAIRE WARMWASSERFÜHLER CS SAFETY CONTACT VEILIGHEIDSCONTACT S ECS DOMESTIC HOT WATER SENSOR SANITAIR WARM WATER VOELERS DJ6A DISJONCTEUR LEISTUNGSSCHALTER S EXT SONDE EXTERIEURE AUSSENFÜHLER DJ6A CIRCUIT BREAKER THERMISCHE BEVEILIGING S EXT OUTSIDE SENSOR BUITEN VOELERS Ë BRULEUR BRENNER S FUMEE SONDE FUMEE ABGASFÜHLER Ë BURNER BRANDER S FUMEESMOKE SENSOR ROOKGASSEN VOELERS FA FILTRE ANTIPARASITE FUNKENENSTÖRUNGSFILTER S SOL SONDE SOLAIRE SOLAR FÜHLER FA EMI SUPPRESSOR ONSTORINGS-FILTER S SOL SOLAR SENSOR SOLAR VOELERS Ì RELAIS TELEPHONIQUE FERNSPRECHRELAIS T A ANODE A COURANT IMPOSE FREMDSTROMANODE Ì TELEPHONE RELAY TELEFONISCH RELAIS T A ELECTRIC ANODE CORROSIEBESCHERMINGSANODE CONNECTEUR CIRCUIT IMPRIME LEITERPLATTE STECKER TCH THERMOSTAT DE CHAUDIERE KESSEL TEMPERATURREGLER J. PRINTED CIRCUIT BOARD PLUG AANSLUITKLEM TCH BOILER THERMOSTAT KETELTHERMOSTAAT J. PHASE PHASE TS THERMOSTAT DE SECURITE SICHERHEITSTEMPERATURBEGRENZER PHASE FASE TS SAFETY THERMOSTAT VEILIGHEIDSTHERMOSTAAT NEUTRE NULLEITER VA VOYANT ALARME ALARMLEUCHTE N NEUTRAL NULLEIDER VA ALARM INDICATOR ALARM LAMPJE N RL AUX RELAIS DE COMMANDE POMPE ZUSATZPUMPE STEUERRELAIS ZG INTERRUPTEUR GENERAL HAUPTSCHALTER RL AUX AUXILIARY PUMP CONTROL RELAY AFZONDERINGSKLEP RELAIS ZG MAIN SWITCH ALGEMENE SCHAKELAAR AUXILIAIRE RL BR RELAIS DE COMMANDE BRULEUR BRENNER STEUERRELAIS ZM INTERRUPTEUR MANUEL UMSCHALTER FÜR HANDBETRIEB RL BR BURNER CONTROL RELAY BRANDER RELAIS ZM MANUAL MODE SWITCH MANUEL SCHAKELAAR RL ECS RELAIS DE COMMANDE POMPE DE SPEICHERLADEPUMPE STEUERRELAIS ZT INTERRUPTEUR TEST TESTSCHALTER RL ECS LOAD PUMP CONTROL RELAY RELAIS STURING LAADPOMP ZT TEST SWITCH TEST SCHAKELAAR CHARGE RL PA RELAIS DE COMMANDE ACCELERATEUR HEIZUNGSPUMPE STEUERRELAIS RL PA HEATING PUMP CONTROL RELAY VERWARMINGSPOMPE RELAIS S AMB SONDE D' AMBIANCE RAUMFÜHLER S AMB ROOM SENSOR RUIMTEVOELER Plan n : A L 3 L 0 DIEMATIC 3 - GT 0 / 0 7//

21 6. Skeleton Diagrams 7// DIEMATIC 3 - GT 0 / 0

22 6. Skeleton Diagrams DIEMATIC 3 - GT 0 / 0 7//

23 6. Skeleton Diagrams 7// DIEMATIC 3 - GT 0 / 0 3

24 DE DIETRICH THERMIQUE S.A.S +49 (0)5 7 / (0)5 7 / 96-0 info@remeha.de 964,. +7 (495) -3-5 info@dedietrich.ru ES DE DIETRICH THERMIQUE Iberia S.L.U. C/Salvador Espriu, L HOSPITALET de LLOBREGAT info@dedietrich-calefaccion.es DE DIETRICH SERVICE Freecall 0800 / 0608 IT CZ DUEDI S.r.l. Distributore Ufficiale Esclusivo De Dietrich-Thermique Italia Via Passatore, - 00 San Defendente di Cervasca CUNEO info@duediclima.it BDR Thermea (Czech republic) s.r.o Jeseniova 770/ Praha dedietrich@bdrthermea.cz AD00-AM Copyright All technical and technological information contained in these technical instructions, as well as any drawings and technical descriptions supplied, remain our property and shall not be multiplied without our prior consent in writing. Subject to alterations. 7// DE DIETRICH THERMIQUE 57, rue de la Gare F MERTZWILLER - BP 30